Feasibility study for intensive irrigated agriculture project that would drive the development of water resources for irrigation of 16,000 ha. Project included hydrological studies; water, soil and environmental surveys; agricultural planning; study of organizational aspects; planning of engineering works; economic and financial evaluation; and training and technology transfer.

Implementation of NAMPAADD, including planning, design, construction and operation of rainfed, irrigated and dairy pilot farms for both production and demonstration, as well as development of statewide extension services and training of local professionals.

Feasibility study and basic design of wastewater systems for projected population of 1.5 million. Project included field surveys and studies; planning and analysis of alternatives; environmental and socioeconomic impact assessment; economic and financial evaluation; design of main conveyance pipelines and treatment/disposal components; and preparation of tender documentation, including terms of reference and technical

Master Plan and conceptual design of a national system for the supply, transport and distribution of natural gas, to convey natural gas to all demand centers at the required pressure and in the required quantities, via a safe and reliable system that meets stringent natural gas standards. The conveyance system includes detailed design of main

Flood mitigation project included hydrological study and design of dams, including multipurpose reservoirs for flood prevention, power generation, water supply and irrigation. Alternatives were recommended based on cost-benefit analysis, as well as socioeconomic and environmental impact.

Development of standalone decision-support system (DSS) tool to dramatically reduce time between detection/suspicion of contamination in water network, thereby reducing both health risks and financial loss. The system includes hydraulic simulation and graphical presentation of results.

Prefeasibility study for flood protection of Kalu Ganga Basin and feasibility study for construction of 70 m high multipurpose Ratnapura Dam for flood protection and hydropower. Included installation/calibration of SOBEK flood control model, field investigations and tender document preparation.

Feasibility study, design, construction supervision and study of institutional/legal aspects in development of groundwater resources for both, dry season and supplementary monsoon season irrigation. Included drilling of 79 tubewells over 20,600 ha, formulation of institutional framework and WUA establishment.

Feasibility study, EIA and preliminary & detailed design of 37 ha complex for industrial solid waste landfill and leachate WWTP, including application for required permits. Facility is designed to handle a total of 4,215,000 m3 of non-hazardous waste and 242,000 m3 of hazardous waste in two 5-year phases.